Laser Marking & Engraving
Using lasers for marking and engraving provides a permanent and high-contrast solution ideal for traceability, branding, and compliance. This precise, non-contact process works on various materials and is perfect for industries requiring reliable, detailed identification.
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Laser Machines and Systems for Laser Marking & Engraving
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Key Feature
Medical Marking
Traceability and precision are crucial in the medical sector, and our advanced laser systems help manufacturers achieve unparalleled compliance
UDI (Unique Device Identification) is now mandatory for most medical devices and packaging, requiring detailed markings such as date codes, batch numbers, expiry dates, and serial numbers. Laser marking delivers the most reliable direct part marking, offering high-contrast, permanent details for optimal traceability. As medical marking experts, we provide a range of solutions for contamination-free, non-distorting, and permanent markings.
Information About Laser Marking & Engraving
Do you need marking or engraving and what’s the difference?
Laser marking and laser engraving are both precision techniques, but they differ in depth and application:
- Laser Marking: A non-contact process that discolours the surface of the material, creating high-contrast marks without penetrating deeply. It’s ideal for barcodes, logos, and text, ensuring minimal material impact while providing permanent identification.
- Laser Engraving: A process that physically removes material to create deeper, more durable marks or designs. This method is suitable for applications needing a more tactile result, such as serial numbers or custom artwork on metal or plastic.
Both methods provide permanent solutions, but engraving involves more depth and durability, while marking is quicker and preserves the surface.
Laser Marking & Engraving for UK Industries
Our laser marking and engraving systems have been assisting manufacturing industries in future proofing their production operations.
Ensure precise, compliant markings for medical instruments and devices, enhancing traceability and safety.
Achieve fine, high-contrast markings critical for tracking components in semiconductor manufacturing.
Rely on durable, legible markings that meet stringent aerospace standards for parts identification.
Enhance part traceability and compliance with permanent markings designed for the automotive industry.
Benefit from robust, wear-resistant markings ideal for heavy-duty machinery and components.
Mark intricate details on electrical parts for improved traceability and regulatory compliance.
Ensure durable and clear markings that withstand harsh construction environments.
Create intricate, high-quality markings for branding and custom designs in jewellery.
Apply permanent, non-contact markings for clear product information and traceability on packaging.
Mark equipment and components with durable, corrosion-resistant identifiers suited for harsh conditions.
Laser Marking & Engraving Materials
Laser marking and engraving are premium solutions for various materials, from plastics to metals to organics.
Create precise, permanent markings on metals, ensuring high contrast and durability.
Achieve clean, high-contrast markings on various plastic types without damaging the surface.
Mark organic materials like wood and leather with crisp, permanent results.
Implement fine, detailed wafer markings essential for semiconductor component identification.
Apply high-precision, permanent markings for fabrics and textiles without compromising integrity.
Ensure clear, non-contact markings on delicate films and foils for reliable product identification.
Answering Your Questions
Frequently Asked Questions
Laser marking is commonly used for applications requiring high precision and contrast without material removal, such as marking serial numbers, barcodes, and logos on electronic components, medical devices, and automotive parts. Laser engraving is often used when a durable, deep mark is needed, such as on jewelry, awards, and industrial components. Engraving provides a permanent mark that can withstand harsh environmental conditions.
Both laser marking and engraving can be applied to a wide range of materials. Common materials include metals (such as stainless steel, aluminium, and brass), plastics, ceramics, and certain coated materials. The suitability of a material depends on its properties and the desired outcome of the marking or engraving process.
Laser marking involves using a laser beam to alter the surface properties of a material, creating marks such as logos, serial numbers, or barcodes without removing material. This process can produce colour changes, oxidation, or other surface alterations. In contrast, laser engraving removes material to create a cavity in the surface, resulting in a visible, tactile mark. Engraving typically produces deeper marks than marking.
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